Waldo Nogueira

This study investigates acoustic masking of electric stimulation at different cochlear sites in EAS users, finding strong masking for apical stimulation correlated with residual hearing.

This paper develops an in silico framework to model optogenetic hearing restoration and finds that improved spectral selectivity compensates for lower temporal fidelity in optogenetic stimulation.

This paper investigates non-invasive extracochlear electrical stimulation (EEAS) using ear canal electrodes, showing it is feasible and perceptually effective across different hearing statuses, with optimal results using contralateral mastoid electrode configurations.

This paper improves cochlear implant speech denoising by relocating a deep envelope detector and adding a discriminator network, enhancing performance and reducing parameters for real-time use.

This study explores using cochlear implant electrodes to record EEG for decoding selective attention, showing single-channel EEG is feasible but less accurate than multi-channel.